Largest underwater anechoic tank in the world
Noise reduction of ocean research vessel
Tuned liquid damper installed on VLCC compass deck
FEM vibration analysis for Techno-Super-Liner
Turbine blade with integral shroud mechanical damper
Blade vibration Measuring System
Gear tester for vibration and noise
Evaluation of dynamic reliability for spacecraft
 
 
 
 
 

Various facilities including a large underwater anechoic tank, test benches for high speed rotating machines and multi-exciter systems and fundamental technologies in dynamics and acoustics contribute to the integration of vibration and noise control techniques for ships, turbines and engines. Complex research on active vibration and noise control, ultrasonic transducers, parametric sound arrays and diagnostics employing sound and bulk waves are just some of the attractive new topics that are being keenly pursued.

 
Largest underwater anechoic tank in the world
Noise reduction of ocean research vessel
Tuned liquid damper installed on VLCC compass deck
FEM vibration analysis for Techno-Super-Liner
Turbine blade with integral shroud mechanical damper
Blade vibration Measuring System
Gear tester for vibration and noise
Evaluation of dynamic reliability for spacecraft